A sample to get animate points une roto node :
views = nuke.views()
print views
rotoNode = nuke.selectedNode()
print rotoNode
rootLayer = rotoNode['curves'].rootLayer
print rootLayer
for shape in rootLayer:
print shape
for point in shape:
print point
view = views[0]
print point.center
print point.leftTangent
print point.rightTangent
listControlPointKeyTimes = point.center.getControlPointKeyTimes()
print listControlPointKeyTimes
for keyTime in listControlPointKeyTimes:
print point.center.getPosition( keyTime, view)
print point.leftTangent.getPosition( keyTime, view)
print point.rightTangent.getPosition( keyTime, view)
print point.featherCenter.getPosition( keyTime, view)
print point.featherLeftTangent.getPosition( keyTime, view)
print point.featherRightTangent.getPosition( keyTime, view)
Yann
2011/6/15 Pete O'Connell <[email protected]>
> Hello Nuke Python enthusiasts. I am trying to make a python list of
> every keyframe for any given selected node (based on the first
> animation curve the python code finds). The code below works for every
> kind of keyframe except the Bezier node's "shape" knob and the
> RotoPaint node's "key" knob. I guess it's because those knobs don't
> have "animations()" in the simple numeric sense? So is there any way
> to get a list of Bezier or Roto keyframes (without having to resort to
> looping through each frame)?
>
>
>
> #this code works on a transform node's translate knob keyframes but
> not on a Bezier's shape knob keyframes :(
> theSelectedNode = nuke.selectedNode()
> theListOfFrames = []
> for aKnob in theSelectedNode.knobs():
> if theSelectedNode[aKnob].isAnimated():
> anAnimationCurve = theSelectedNode[aKnob].animations()[0]
> for i in range(len(anAnimationCurve.keys())):
> theListOfFrames.append(anAnimationCurve.keys()[i].x)
>
> Pete
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>
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